bco

The Hydraulic Load Effect on Biofilm Developing in BCO Technology

水力负荷对生物接触氧化（BCO）工艺挂膜的影响

Detection of Copper Content in Aluminium Alloys Containing Nickel by BCO Spectrophotometric Method

BCO光度法测定含镍铝合金中的铜

Determination of Trace Copper in Lubricating Oils by Spectrophotometric Method with BCO

双环已酮草酰双腙（BCO）光度法测定润滑油中微量铜

Spectrophotometric Determination of Trace Copper in alkaline zinc plating bath with BCO

BCO光度法测定碱性镀锌液中微量铜电镀废水中微量锌的比色测定

If you are looking for a reliable partner , BCO is definitely a right one for you .

如果你正在找寻一个诚实可靠的合作夥伴，比高眼镜有限公司必定是你的明智选择。

The anaerobic biofilter ( AF ) and aerobic biological contact oxidation ( BCO ) process have been used for treating synthetic detergent ( LAS ) wastewater .

采用厌氧生物滤池（AF）&好氧生物接触氧化（BCO）联合工艺对合成洗涤剂（LAS）废水进行处理试验。

BCO [ Binary-Coded Octal ] Octal ( base 8 ) is denoted by a leading zero in the number and digits from 0-7 .

二进制编码的八进位数八进制（Base8）是用数字中的一个前置0以及0-7的数位指示的。

On basis of specific colour reaction of BCO with Cu ~ ( 2 + ) in weak alkaline solution , method of spectrophotometric determination of Cu content in alkaline Zn plating bath with BCO is established .

本文根据BCO与二价铜离子在弱碱性溶液中的特效显色反应，制定了BCO光度法测定碱性镀锌溶液中的铜含量。

However , recent consolidation ranges remain intact – around $ 95 / 105 in WTI and $ 108 / 120 for BCO – suggesting further sideways price action may be in store , at least until range limits are upended .

然而，近期的盘整区间仍没有变化：WTI位于$95/105附近，BCO位于$108/120，说明未来有可能进一步震荡，至少在极限被突破以前会这样。

Objective To evaluate noninvasive measurement of cardiac output ( NICO ) by the partial CO_2 rebreathing method ( CO_ ( NICO )), which was compared with that by bolus cardiac output ( BCO ) monitoring ( according to modified Fick formula ) .

目的根据部分CO2重复呼吸法和经修改后Fick方程原理，对无创监测心输出量（CO）的临床和技术性能作评估。

A new aqueous phase spectrophotometric method was established to determine the trace Cu ~ ( 2 + ) in nickel-plating solution , by taking into account the color-displaying reaction of Cu ~ ( 2 + ) with biscyclohexanone oxalyldihydrazone ( BCO ) and acetaldehyde .

为寻找水相镀镍液中微量铜的光度分析新方法，研究了铜与双环己酮乙二酰二腙（BCO）和乙醛的显色反应，建立了水相测定镀镍溶液中铜的光度分析新方法。